Impact-resistant protection device for wave recorder and protection method of impact-resistant protection device

Abstract

The invention relates to an impact-resistant protection device for a wave recorder and a protection method of the impact-resistant protection device, and relates to the field of wave recorders. The impact-resistant protection device comprises a protection box body, fixed buffer parts and two groups of first protection parts symmetrically arranged on the inner wall of the protection box body; and each first protection part comprises a pair of connecting rods. Through the arrangement of the protection box body and the buffer parts arranged in a protection box, a wave recorder body placed in the protection box can be buffered and protected in the transportation process, and the wave recorder is prevented from being damaged by external force impact; meanwhile, through arranged threaded fixing parts and suckers, the protection box body can be adsorbed in transportation equipment, and it is guaranteed that a wave recorder body placed in the protection box body is not prone to toppling and colliding in the transportation process; and meanwhile the protection box body can be fixed to a working platform in an adsorbed mode when the wave recorder body is used in cooperation with the fixed buffer parts, and the situation that the wave recorder body slides away from the platform and is damaged during use is avoided.

Description

technical field [0001] The invention relates to the field of wave recorders, in particular to an anti-shock protection device for wave recorders and a protection method thereof. Background technique [0002] The oscilloscope records the transient and steady-state analog and event information of generators, transformers, power transmission lines, power stations, and power plants, monitors the operation of the power system, saves test data, records and captures fault information, and provides a basis for studying the operation mode of the power grid. It can be widely used in various voltage levels of power transmission and transformation lines, transformers and protection and other power transmission and transformation equipment, generators and other power generation equipment for maintenance, testing, monitoring and other power systems that require faults Monitoring, waveform and state recording, and analysis. [0003] The existing oscilloscopes are usually simply placed in ...

AI Technical Summary

Problems solved by technology

[0003] The existing oscilloscopes are usually simply placed in the packaging box during transportation, and then some foam is placed in the packaging box for protection. The protection effect is poor, especially when bumps and shakes occur during transportation When the packaging box is shaken, collided and dumped, it will not only easily cause damage to the oscilloscope inside the packaging box, affect the normal use of the oscilloscope, but also cause certain economic losses and affect transportation efficiency; at the same time, the existing The oscilloscope is usually placed directly on the working platform during use, and lacks certain fixed protective parts. If the working platform shakes or the oscilloscope is impacted by external forces, it is easy to shift on the working platform, even from the working platform. Damage from falling on platforms

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